… the relationship between processing, microstructure, and mechanical properties of two-phase
(α+β) titanium alloys. Although for most structural applications of titanium alloys a variety of …

… of processing-microstructure-properties relationships is necessary. Titanium alloy (Ti–6Al–4V) …
of the following intra-build processing parameters: energy input, orientation, and location. …

… Titanium alloys are widely used in various areas, particularly in medical and dental … Still,
the optimum cutting conditions for titanium alloys are under consideration. Ti alloyed with Cu …

… Differences were observed between the EBM Ti–6Al–4V microstructure of this work and
the expected acicular or Widmanstätten microstructure normally achieved through annealing …

… Apart from the composition, performance of the alloys is greatly influenced by the microstructure.
The microstructure in titanium alloys can be controlled by thermomechanical treatment. …

… The experimental material used in this research is a Ti600 titanium alloy with a nominal
composition (wt.%) of Ti–6Al–2.8Sn–4Zr–0.5Mo–0.4Si–0.1Y. Its β-transus temperature was …

… obtained from its bimodal microstructure, IMI 834 titanium alloy has been widely used in …
processing may lead to low cold dwell fatigue life as is also the case in another similar alloy, …

… improvement of titanium alloys. The microstructure of conventional titanium alloys is …
two phases α and β, the alloy composition, processing technology, and post-heat treatment. …

… microstructure of the material under different conditions. In order to study the effect of
microstructure of SLM-processed titanium alloys … the fatigue of SLM-processed titanium alloys [33]. …

… Titanium alloys have been … , Ti-6Al-4V is one of the most widely used titanium alloys,
accounting for more than half of all titanium tonnage in the world, and no other titanium alloys …